private IEnumerator PlayGame()
{
while (!partidaCompleta)
{
sco.StartSampling();
if (ppasso)
{
CleanScene();
while (!scp.IsConnected && !scm.IsConnected && !scc.IsConnected)
{
passo = -1;
TextPanel.SetActive(true);
displayHowTo.text = "Nenhum dispositivo de controle conectado! Conecte e volte ao menu principal.";
yield return(null);
}
// Se o PITACO estiver conectado
if (scp.IsConnected)
{
switch (passo)
{
case 1:
displayHowTo.text = "Pressione [Enter] e assopre o mais forte que conseguir dentro do tempo.";
break;
case 2:
scp.StartSampling();
scp.Recalibrate();
displayHowTo.text = "";
TextPanel.SetActive(false);
while (player.sensorValuePitaco <= Pacient.Loaded.PitacoThreshold && jogou)
{
yield return(null);
}
StopCountdown();
paraTempo = true;
//saiu do 0
while (player.sensorValuePitaco > Pacient.Loaded.PitacoThreshold && jogou)
{
FlowAction(player.picoExpiratorio, 1);
yield return(null);
}
scp.StopSampling();
//voltou pro 0
finalScoreMenu.pikeString[0] = player.picoExpiratorio.ToString();
TextPanel.SetActive(true);
if (jogou)
{
displayHowTo.text = "Parabéns!\nPressione [Enter] para ir para a proxima rodada.";
SoundManager.Instance.PlaySound("Success");
}
break;
case 3:
FindObjectOfType <MinigameLogger>().WriteMinigameRound(1, finalScore[0], player.picoExpiratorio);
RestauraVariaveis();
displayHowTo.text = "Pressione [Enter] e assopre o mais forte que conseguir";
break;
case 4:
scp.StartSampling();
scp.Recalibrate();
displayHowTo.text = "";
TextPanel.SetActive(false);
while (player.sensorValuePitaco <= Pacient.Loaded.PitacoThreshold && jogou)
{
yield return(null);
}
StopCountdown();
paraTempo = true;
//saiu do 0
while (player.sensorValuePitaco > Pacient.Loaded.PitacoThreshold && jogou)
{
FlowAction(player.picoExpiratorio, 2);
yield return(null);
}
scp.StopSampling();
//voltou pro 0
finalScoreMenu.pikeString[1] = player.picoExpiratorio.ToString();
TextPanel.SetActive(true);
if (jogou)
{
displayHowTo.text = "Parabéns!\nPressione [Enter] para ir para a proxima rodada.";
SoundManager.Instance.PlaySound("Success");
}
break;
case 5:
FindObjectOfType <MinigameLogger>().WriteMinigameRound(2, finalScore[1], player.picoExpiratorio);
RestauraVariaveis();
displayHowTo.text = "Pressione [Enter] e assopre o mais forte que conseguir";
break;
case 6:
scp.StartSampling();
scp.Recalibrate();
displayHowTo.text = "";
TextPanel.SetActive(false);
while (player.sensorValuePitaco <= Pacient.Loaded.PitacoThreshold && jogou)
{
yield return(null);
}
StopCountdown();
paraTempo = true;
//saiu do 0
while (player.sensorValuePitaco > Pacient.Loaded.PitacoThreshold && jogou)
{
FlowAction(player.picoExpiratorio, 3);
yield return(null);
}
scp.StopSampling();
//voltou pro 0
finalScoreMenu.pikeString[2] = player.picoExpiratorio.ToString();
TextPanel.SetActive(true);
if (jogou)
{
displayHowTo.text = "Parabéns!\nPressione [Enter] para ver a sua pontuação.";
SoundManager.Instance.PlaySound("Success");
}
player.picoExpiratorio = 0;
break;
case 7:
FindObjectOfType <MinigameLogger>().WriteMinigameRound(3, finalScore[2], player.picoExpiratorio);
TextPanel.SetActive(false);
finalScoreMenu.DisplayFinalScore(finalScore[0], finalScore[1], finalScore[2]);
finalScoreMenu.ToggleScoreMenu();
Debug.Log("Saving minigame data...");
GameObject.Find("Canvas").transform.Find("SavingBgPanel").gameObject.SetActive(true);
FindObjectOfType <MinigameLogger>().Save(GameDevice.Pitaco, RespiratoryExercise.ExpiratoryPeak, Minigame.CakeGame);
GameObject.Find("Canvas").transform.Find("SavingBgPanel").gameObject.SetActive(false);
Debug.Log("Minigame logs saved.");
player.picoExpiratorio = 0;
partidaCompleta = true;
break;
}
ppasso = false;
}
#region Other Controllers
else
{
// Se o MANO estiver conectado
if (scm.IsConnected)
{
switch (passo)
{
case 1:
displayHowTo.text = "Pressione [Enter] e assopre o mais forte que conseguir dentro do tempo.";
break;
case 2:
scm.StartSampling();
scm.Recalibrate();
displayHowTo.text = "";
TextPanel.SetActive(false);
while (player.sensorValueMano <= Pacient.Loaded.ManoThreshold && jogou)
{
yield return(null);
}
StopCountdown();
paraTempo = true;
//saiu do 0
while (player.sensorValueMano > Pacient.Loaded.ManoThreshold && jogou)
{
FlowAction(player.picoExpiratorio, 1);
yield return(null);
}
scm.StopSampling();
//voltou pro 0
finalScoreMenu.pikeString[0] = player.picoExpiratorio.ToString();
TextPanel.SetActive(true);
if (jogou)
{
displayHowTo.text = "Parabéns!\nPressione [Enter] para ir para a proxima rodada.";
SoundManager.Instance.PlaySound("Success");
}
break;
case 3:
FindObjectOfType <MinigameLogger>().WriteMinigameRound(1, finalScore[0], player.picoExpiratorio);
RestauraVariaveis();
displayHowTo.text = "Pressione [Enter] e assopre o mais forte que conseguir";
break;
case 4:
scm.StartSampling();
scm.Recalibrate();
displayHowTo.text = "";
TextPanel.SetActive(false);
while (player.sensorValueMano <= Pacient.Loaded.ManoThreshold && jogou)
{
yield return(null);
}
StopCountdown();
paraTempo = true;
//saiu do 0
while (player.sensorValueMano > Pacient.Loaded.ManoThreshold && jogou)
{
FlowAction(player.picoExpiratorio, 2);
yield return(null);
}
scm.StopSampling();
//voltou pro 0
finalScoreMenu.pikeString[1] = player.picoExpiratorio.ToString();
TextPanel.SetActive(true);
if (jogou)
{
displayHowTo.text = "Parabéns!\nPressione [Enter] para ir para a proxima rodada.";
SoundManager.Instance.PlaySound("Success");
}
break;
case 5:
FindObjectOfType <MinigameLogger>().WriteMinigameRound(2, finalScore[1], player.picoExpiratorio);
RestauraVariaveis();
displayHowTo.text = "Pressione [Enter] e assopre o mais forte que conseguir";
break;
case 6:
scm.StartSampling();
scm.Recalibrate();
displayHowTo.text = "";
TextPanel.SetActive(false);
while (player.sensorValueMano <= Pacient.Loaded.ManoThreshold && jogou)
{
yield return(null);
}
StopCountdown();
paraTempo = true;
//saiu do 0
while (player.sensorValueMano > Pacient.Loaded.ManoThreshold && jogou)
{
FlowAction(player.picoExpiratorio, 3);
yield return(null);
}
scm.StopSampling();
//voltou pro 0
finalScoreMenu.pikeString[2] = player.picoExpiratorio.ToString();
TextPanel.SetActive(true);
if (jogou)
{
displayHowTo.text = "Parabéns!\nPressione [Enter] para ver a sua pontuação.";
SoundManager.Instance.PlaySound("Success");
}
player.picoExpiratorio = 0;
break;
case 7:
FindObjectOfType <MinigameLogger>().WriteMinigameRound(3, finalScore[2], player.picoExpiratorio);
TextPanel.SetActive(false);
finalScoreMenu.DisplayFinalScore(finalScore[0], finalScore[1], finalScore[2]);
finalScoreMenu.ToggleScoreMenu();
Debug.Log("Saving minigame data...");
GameObject.Find("Canvas").transform.Find("SavingBgPanel").gameObject.SetActive(true);
FindObjectOfType <MinigameLogger>().Save(GameDevice.Mano, RespiratoryExercise.ExpiratoryPeak, Minigame.CakeGame);
GameObject.Find("Canvas").transform.Find("SavingBgPanel").gameObject.SetActive(false);
Debug.Log("Minigame logs saved.");
player.picoExpiratorio = 0;
partidaCompleta = true;
break;
}
ppasso = false;
}
else
{
// Se o CINTA estiver conectado
if (scc.IsConnected)
{
switch (passo)
{
case 1:
displayHowTo.text = "Pressione [Enter] e assopre o mais forte que conseguir dentro do tempo.";
break;
case 2:
scc.StartSampling();
scc.Recalibrate();
displayHowTo.text = "";
TextPanel.SetActive(false);
while (player.sensorValueCinta <= Pacient.Loaded.CintaThreshold && jogou)
{
yield return(null);
}
StopCountdown();
paraTempo = true;
//saiu do 0
while (player.sensorValueCinta > Pacient.Loaded.CintaThreshold && jogou)
{
FlowAction(player.picoExpiratorio, 1);
yield return(null);
}
scc.StopSampling();
//voltou pro 0
finalScoreMenu.pikeString[0] = player.picoExpiratorio.ToString();
TextPanel.SetActive(true);
if (jogou)
{
displayHowTo.text = "Parabéns!\nPressione [Enter] para ir para a proxima rodada.";
SoundManager.Instance.PlaySound("Success");
}
break;
case 3:
FindObjectOfType <MinigameLogger>().WriteMinigameRound(1, finalScore[0], player.picoExpiratorio);
RestauraVariaveis();
displayHowTo.text = "Pressione [Enter] e assopre o mais forte que conseguir";
break;
case 4:
scc.StartSampling();
scc.Recalibrate();
displayHowTo.text = "";
TextPanel.SetActive(false);
while (player.sensorValueCinta <= Pacient.Loaded.CintaThreshold && jogou)
{
yield return(null);
}
StopCountdown();
paraTempo = true;
//saiu do 0
while (player.sensorValueCinta > Pacient.Loaded.CintaThreshold && jogou)
{
FlowAction(player.picoExpiratorio, 2);
yield return(null);
}
scc.StopSampling();
//voltou pro 0
finalScoreMenu.pikeString[1] = player.picoExpiratorio.ToString();
TextPanel.SetActive(true);
if (jogou)
{
displayHowTo.text = "Parabéns!\nPressione [Enter] para ir para a proxima rodada.";
SoundManager.Instance.PlaySound("Success");
}
break;
case 5:
FindObjectOfType <MinigameLogger>().WriteMinigameRound(2, finalScore[1], player.picoExpiratorio);
RestauraVariaveis();
displayHowTo.text = "Pressione [Enter] e assopre o mais forte que conseguir";
break;
case 6:
scc.StartSampling();
scc.Recalibrate();
displayHowTo.text = "";
TextPanel.SetActive(false);
while (player.sensorValueCinta <= Pacient.Loaded.CintaThreshold && jogou)
{
yield return(null);
}
StopCountdown();
paraTempo = true;
//saiu do 0
while (player.sensorValueCinta > Pacient.Loaded.CintaThreshold && jogou)
{
FlowAction(player.picoExpiratorio, 3);
yield return(null);
}
scc.StopSampling();
//voltou pro 0
finalScoreMenu.pikeString[2] = player.picoExpiratorio.ToString();
TextPanel.SetActive(true);
if (jogou)
{
displayHowTo.text = "Parabéns!\nPressione [Enter] para ver a sua pontuação.";
SoundManager.Instance.PlaySound("Success");
}
player.picoExpiratorio = 0;
break;
case 7:
FindObjectOfType <MinigameLogger>().WriteMinigameRound(3, finalScore[2], player.picoExpiratorio);
TextPanel.SetActive(false);
finalScoreMenu.DisplayFinalScore(finalScore[0], finalScore[1], finalScore[2]);
finalScoreMenu.ToggleScoreMenu();
Debug.Log("Saving minigame data...");
GameObject.Find("Canvas").transform.Find("SavingBgPanel").gameObject.SetActive(true);
FindObjectOfType <MinigameLogger>().Save(GameDevice.Cinta, RespiratoryExercise.ExpiratoryPeak, Minigame.CakeGame);
GameObject.Find("Canvas").transform.Find("SavingBgPanel").gameObject.SetActive(false);
Debug.Log("Minigame logs saved.");
player.picoExpiratorio = 0;
partidaCompleta = true;
break;
}
ppasso = false;
}
}
}
#endregion
}
yield return(null);
}
sco.StopSampling();
}
//Incremental states(put them into the correct order)
private IEnumerator PlayGame()
{
while (!finished)
{
sco.StartSampling();
while (!scp.IsConnected && !scm.IsConnected && !scc.IsConnected)
{
state = -1;
TextPanel.SetActive(true);
displayHowTo.text = "Nenhum dispositivo de controle conectado! Conecte e volte ao menu principal.";
yield return(null);
}
// Se o PITACO estiver conectado
if (scp.IsConnected)
{
switch (state)
{
case 1: //Introduction
displayHowTo.text = "Bem-Vindo ao jogo do copo d'agua![ENTER]";
while (playable)
{
yield return(null);
}
playable = true;
break;
case 2:
case 4:
case 6: //Pre-flow
TextPanel.SetActive(true);
displayHowTo.text = "Pressione [Enter] e INSPIRE \n o mais forte que conseguir dentro do tempo.";
while (playable)
{
yield return(null);
}
CleanRound();
playable = true;
TextPanel.SetActive(false);
break;
case 3:
case 5:
case 7: //Player's Flow
scp.StartSampling();
scp.Recalibrate();
displayHowTo.text = "";
EnablePlayerFlow(true, _roundNumber);
_roundNumber++;
while (playable)
{
StartCountdown();
yield return(null);
}
scp.StopSampling();
ResetCountDown();
playable = true;
break;
case 8:
TextPanel.SetActive(true);
displayHowTo.text = "Pressione [Enter] para visualizar sua pontuação.";
break;
case 9:
Debug.Log("Saving minigame data...");
GameObject.Find("Canvas").transform.Find("SavingBgPanel").gameObject.SetActive(true);
FindObjectOfType <Core.MinigameLogger>().Save(GameDevice.Pitaco, RespiratoryExercise.InspiratoryPeak, Minigame.WaterGame);
GameObject.Find("Canvas").transform.Find("SavingBgPanel").gameObject.SetActive(false);
Debug.Log("Minigame logs saved.");
NotPlayable();
break;
case 10:
TextPanel.SetActive(false);
ShowFinalScore();
break;
case 99:
TextPanel.SetActive(true);
while (playable)
{
yield return(null);
}
playable = true;
break;
}
}
else
{
// Se o Mano estiver conectado
if (scm.IsConnected)
{
switch (state)
{
case 1: //Introduction
displayHowTo.text = "Bem-Vindo ao jogo do copo d'agua![ENTER]";
while (playable)
{
yield return(null);
}
playable = true;
break;
case 2:
case 4:
case 6: //Pre-flow
TextPanel.SetActive(true);
displayHowTo.text = "Pressione [Enter] e INSPIRE \n o mais forte que conseguir dentro do tempo.";
while (playable)
{
yield return(null);
}
CleanRound();
playable = true;
TextPanel.SetActive(false);
break;
case 3:
case 5:
case 7: //Player's Flow
scm.StartSampling();
scm.Recalibrate();
displayHowTo.text = "";
EnablePlayerFlow(true, _roundNumber);
_roundNumber++;
while (playable)
{
StartCountdown();
yield return(null);
}
scm.StopSampling();
ResetCountDown();
playable = true;
break;
case 8:
TextPanel.SetActive(true);
displayHowTo.text = "Pressione [Enter] para visualizar sua pontuação.";
break;
case 9:
Debug.Log("Saving minigame data...");
GameObject.Find("Canvas").transform.Find("SavingBgPanel").gameObject.SetActive(true);
FindObjectOfType <Core.MinigameLogger>().Save(GameDevice.Mano, RespiratoryExercise.InspiratoryPeak, Minigame.WaterGame);
GameObject.Find("Canvas").transform.Find("SavingBgPanel").gameObject.SetActive(false);
Debug.Log("Minigame logs saved.");
NotPlayable();
break;
case 10:
TextPanel.SetActive(false);
ShowFinalScore();
break;
case 99:
TextPanel.SetActive(true);
while (playable)
{
yield return(null);
}
playable = true;
break;
}
}
else
{
// Se a CINTA estiver conectada
if (scc.IsConnected)
{
switch (state)
{
case 1: //Introduction
displayHowTo.text = "Bem-Vindo ao jogo do copo d'agua![ENTER]";
while (playable)
{
yield return(null);
}
playable = true;
break;
case 2:
case 4:
case 6: //Pre-flow
TextPanel.SetActive(true);
displayHowTo.text = "Pressione [Enter] e INSPIRE \n o mais forte que conseguir dentro do tempo.";
while (playable)
{
yield return(null);
}
CleanRound();
playable = true;
TextPanel.SetActive(false);
break;
case 3:
case 5:
case 7: //Player's Flow
scc.StartSampling();
scc.Recalibrate();
displayHowTo.text = "";
EnablePlayerFlow(true, _roundNumber);
_roundNumber++;
while (playable)
{
StartCountdown();
yield return(null);
}
scc.StopSampling();
ResetCountDown();
playable = true;
break;
case 8:
TextPanel.SetActive(true);
displayHowTo.text = "Pressione [Enter] para visualizar sua pontuação.";
break;
case 9:
Debug.Log("Saving minigame data...");
GameObject.Find("Canvas").transform.Find("SavingBgPanel").gameObject.SetActive(true);
FindObjectOfType <Core.MinigameLogger>().Save(GameDevice.Cinta, RespiratoryExercise.InspiratoryPeak, Minigame.WaterGame);
GameObject.Find("Canvas").transform.Find("SavingBgPanel").gameObject.SetActive(false);
Debug.Log("Minigame logs saved.");
NotPlayable();
break;
case 10:
TextPanel.SetActive(false);
ShowFinalScore();
break;
case 99:
TextPanel.SetActive(true);
while (playable)
{
yield return(null);
}
playable = true;
break;
}
}
}
}
yield return(null);
}
sco.StopSampling();
}
private IEnumerator PlayGame()
{
while (!partidaCompleta)
{
if (ppasso)
{
CleanScene();
while (!scp.IsConnected && !scm.IsConnected && !scc.IsConnected)
{
passo = -1;
TextPanel.SetActive(true);
displayHowTo.text = "Nenhum dispositivo de controle conectado! Conecte e volte ao menu principal.";
yield return(null);
}
// Se o Pitaco estiver conectado
if (scp.IsConnected)
{
switch (passo)
{
case 1:
displayHowTo.text = "Pressione [Enter] e assopre o mais forte que conseguir dentro do tempo.";
break;
case 2:
scp.StartSampling();
scp.Recalibrate();
displayHowTo.text = "";
TextPanel.SetActive(false);
while (player.sensorValue <= Pacient.Loaded.PitacoThreshold * 2 && jogou)
{
yield return(null);
}
StopCountdown();
paraTempo = true;
//saiu do 0
while (player.sensorValue > Pacient.Loaded.PitacoThreshold && jogou)
{
FlowAction(player.picoExpiratorio);
yield return(null);
}
//voltou pro 0
finalScoreMenu.pikeString[0] = player.picoExpiratorio.ToString();
TextPanel.SetActive(true);
if (jogou)
{
displayHowTo.text = "Parabéns!\nPressione [Enter] para ir para a proxima rodada.";
SoundManager.Instance.PlaySound("Success");
}
player.picoExpiratorio = 0;
break;
case 3:
RestauraVariaveis();
break;
case 4:
displayHowTo.text = "";
TextPanel.SetActive(false);
while (player.sensorValue <= Pacient.Loaded.PitacoThreshold * 2 && jogou)
{
yield return(null);
}
StopCountdown();
paraTempo = true;
//saiu do 0
while (player.sensorValue > Pacient.Loaded.PitacoThreshold && jogou)
{
FlowAction(player.picoExpiratorio);
yield return(null);
}
//voltou pro 0
finalScoreMenu.pikeString[1] = player.picoExpiratorio.ToString();
TextPanel.SetActive(true);
if (jogou)
{
displayHowTo.text = "Parabéns!\nPressione [Enter] para ir para a proxima rodada.";
SoundManager.Instance.PlaySound("Success");
}
player.picoExpiratorio = 0;
break;
case 5:
RestauraVariaveis();
break;
case 6:
displayHowTo.text = "";
TextPanel.SetActive(false);
while (player.sensorValue <= Pacient.Loaded.PitacoThreshold * 2 && jogou)
{
yield return(null);
}
StopCountdown();
paraTempo = true;
//saiu do 0
while (player.sensorValue > Pacient.Loaded.PitacoThreshold && jogou)
{
FlowAction(player.picoExpiratorio);
yield return(null);
}
//voltou pro 0
finalScoreMenu.pikeString[2] = player.picoExpiratorio.ToString();
TextPanel.SetActive(true);
if (jogou)
{
displayHowTo.text = "Parabéns!\nPressione [Enter] para ver a sua pontuação.";
SoundManager.Instance.PlaySound("Success");
}
player.picoExpiratorio = 0;
scp.StopSampling();
FindObjectOfType <PitacoLogger>().StopLogging();
break;
}
ppasso = false;
}
else ////////////////////
// Se o Mano estiver conectado
{
if (scm.IsConnected)
{
switch (passo)
{
case 1:
displayHowTo.text = "Pressione [Enter] e assopre o mais forte que conseguir dentro do tempo.";
break;
case 2:
scm.StartSampling();
scm.Recalibrate();
displayHowTo.text = "";
TextPanel.SetActive(false);
while (player.sensorValue <= Pacient.Loaded.ManoThreshold * 2 && jogou)
{
yield return(null);
}
StopCountdown();
paraTempo = true;
//saiu do 0
while (player.sensorValue > Pacient.Loaded.ManoThreshold && jogou)
{
FlowAction(player.picoExpiratorio);
yield return(null);
}
//voltou pro 0
finalScoreMenu.pikeString[0] = player.picoExpiratorio.ToString();
TextPanel.SetActive(true);
if (jogou)
{
displayHowTo.text = "Parabéns!\nPressione [Enter] para ir para a proxima rodada.";
SoundManager.Instance.PlaySound("Success");
}
player.picoExpiratorio = 0;
break;
case 3:
RestauraVariaveis();
break;
case 4:
displayHowTo.text = "";
TextPanel.SetActive(false);
while (player.sensorValue <= Pacient.Loaded.ManoThreshold * 2 && jogou)
{
yield return(null);
}
StopCountdown();
paraTempo = true;
//saiu do 0
while (player.sensorValue > Pacient.Loaded.ManoThreshold && jogou)
{
FlowAction(player.picoExpiratorio);
yield return(null);
}
//voltou pro 0
finalScoreMenu.pikeString[1] = player.picoExpiratorio.ToString();
TextPanel.SetActive(true);
if (jogou)
{
displayHowTo.text = "Parabéns!\nPressione [Enter] para ir para a proxima rodada.";
SoundManager.Instance.PlaySound("Success");
}
player.picoExpiratorio = 0;
break;
case 5:
RestauraVariaveis();
break;
case 6:
displayHowTo.text = "";
TextPanel.SetActive(false);
while (player.sensorValue <= Pacient.Loaded.ManoThreshold * 2 && jogou)
{
yield return(null);
}
StopCountdown();
paraTempo = true;
//saiu do 0
while (player.sensorValue > Pacient.Loaded.ManoThreshold && jogou)
{
FlowAction(player.picoExpiratorio);
yield return(null);
}
//voltou pro 0
finalScoreMenu.pikeString[2] = player.picoExpiratorio.ToString();
TextPanel.SetActive(true);
if (jogou)
{
displayHowTo.text = "Parabéns!\nPressione [Enter] para ver a sua pontuação.";
SoundManager.Instance.PlaySound("Success");
}
player.picoExpiratorio = 0;
scm.StopSampling();
FindObjectOfType <ManoLogger>().StopLogging();
break;
}
ppasso = false;
}
else
{
// Se a Cinta Extensora estiver conectada
if (scc.IsConnected)
{
switch (passo)
{
case 1:
displayHowTo.text = "Pressione [Enter] e assopre o mais forte que conseguir dentro do tempo.";
break;
case 2:
scc.StartSampling();
scc.Recalibrate();
displayHowTo.text = "";
TextPanel.SetActive(false);
while (player.sensorValue <= Pacient.Loaded.CintaThreshold * 2 && jogou)
{
yield return(null);
}
StopCountdown();
paraTempo = true;
//saiu do 0
while (player.sensorValue > Pacient.Loaded.CintaThreshold && jogou)
{
FlowAction(player.picoExpiratorio);
yield return(null);
}
//voltou pro 0
finalScoreMenu.pikeString[0] = player.picoExpiratorio.ToString();
TextPanel.SetActive(true);
if (jogou)
{
displayHowTo.text = "Parabéns!\nPressione [Enter] para ir para a proxima rodada.";
SoundManager.Instance.PlaySound("Success");
}
player.picoExpiratorio = 0;
break;
case 3:
RestauraVariaveis();
break;
case 4:
displayHowTo.text = "";
TextPanel.SetActive(false);
while (player.sensorValue <= Pacient.Loaded.CintaThreshold * 2 && jogou)
{
yield return(null);
}
StopCountdown();
paraTempo = true;
//saiu do 0
while (player.sensorValue > Pacient.Loaded.CintaThreshold && jogou)
{
FlowAction(player.picoExpiratorio);
yield return(null);
}
//voltou pro 0
finalScoreMenu.pikeString[1] = player.picoExpiratorio.ToString();
TextPanel.SetActive(true);
if (jogou)
{
displayHowTo.text = "Parabéns!\nPressione [Enter] para ir para a proxima rodada.";
SoundManager.Instance.PlaySound("Success");
}
player.picoExpiratorio = 0;
break;
case 5:
RestauraVariaveis();
break;
case 6:
displayHowTo.text = "";
TextPanel.SetActive(false);
while (player.sensorValue <= Pacient.Loaded.CintaThreshold * 2 && jogou)
{
yield return(null);
}
StopCountdown();
paraTempo = true;
//saiu do 0
while (player.sensorValue > Pacient.Loaded.CintaThreshold && jogou)
{
FlowAction(player.picoExpiratorio);
yield return(null);
}
//voltou pro 0
finalScoreMenu.pikeString[2] = player.picoExpiratorio.ToString();
TextPanel.SetActive(true);
if (jogou)
{
displayHowTo.text = "Parabéns!\nPressione [Enter] para ver a sua pontuação.";
SoundManager.Instance.PlaySound("Success");
}
player.picoExpiratorio = 0;
scc.StopSampling();
FindObjectOfType <CintaLogger>().StopLogging();
break;
}
ppasso = false;
}
}
} ////////////////////////////////////////
}
yield return(null);
}
}
private IEnumerator Start()
{
_runStep = true;
while (!_calibrationDone)
{
if (_runStep)
{
// Clear screen
_enterButton.SetActive(false);
DudeClearMessage();
// Wait to show next step
yield return(new WaitForSeconds(0.7f));
switch (_currentExercise)
{
// case CalibrationExerciseMano.RespiratoryFrequency:
// switch (_currentStep)
// {
// case 1:
// DudeTalk("Você deve respirar somente pela boca. Não precisa morder o MANO. Mantenha o MANO sempre para baixo. Pressione (Enter) para continuar.");
// SetupNextStep();
// break;
// case 2:
// DudeTalk($"Neste exercício, você deve RESPIRAR NORMALMENTE por {TimerRespFreq} segundos. Ao apertar (Enter), o relógio ficará verde para você começar o exercício.");
// SetupNextStep();
// break;
// case 3:
// if (!_serialController.IsConnected)
// {
// SerialDisconnectedWarning();
// continue;
// }
// _capturedSamples.Clear();
// _serialController.StartSampling();
// yield return new WaitForSeconds(1f);
// _dialogText.text = "(relaxe e RESPIRE NORMALMENTE)";
// AirFlowEnable();
// StartCoroutine(DisplayCountdown(TimerRespFreq));
// while (_flowWatch.ElapsedMilliseconds < TimerRespFreq * 1000)
// yield return null;
// AirFlowDisable();
// _flowMeter = FlowMath.RespiratoryRate(_capturedSamples, TimerRespFreq);
// if (_flowMeter > RespiratoryFrequencyThreshold)
// {
// _calibrationLogger.Write(CalibrationExerciseResultMano.Success, _currentExercise, _flowMeter);
// _tmpCapacities.RespiratoryRate = _flowMeter;
// SetupNextStep(true);
// continue;
// }
// else
// {
// _calibrationLogger.Write(CalibrationExerciseResultMano.Failure, _currentExercise, _flowMeter);
// DudeWarnUnknownFlow();
// SetupStep(_currentStep);
// break;
// }
// case 4:
// SoundManager.Instance.PlaySound("Success");
// DudeTalk($"Sua média de frequência respiratória é de {(_tmpCapacities.RawRespRate * 60f):F} resp/min." +
// " Pressione (Enter) para continuar com os outros exercícios.");
// SetupNextStep();
// break;
// case 5:
// _calibrationOverviewSendDto.CalibrationValue = _tmpCapacities.RawRespRate;
// _calibrationOverviewSendDto.Exercise = RespiratoryExercise.RespiratoryFrequency.GetDescription();
// Pacient.Loaded.CapacitiesMano.RespiratoryRate = _tmpCapacities.RawRespRate;
// SaveAndQuit();
// break;
// default:
// FindObjectOfType<SceneLoader>().LoadScene(0);
// break;
// }
// break;
case CalibrationExerciseMano.InspiratoryPeak:
switch (_currentStep)
{
case 1:
DudeTalk("Neste exercício, você deve PUXAR O AR COM FORÇA. Serão 3 tentativas. Ao apertar (Enter), o relógio ficará verde para você começar o exercício.");
SetupNextStep();
break;
case 2:
if (!_serialController.IsConnected)
{
SerialDisconnectedWarning();
continue;
}
_serialController.StartSampling();
_exerciseCountText.text = $"Exercício: {_currentExerciseCount + 1}/3";
yield return(new WaitForSeconds(1f));
AirFlowEnable();
StartCoroutine(DisplayCountdown(TimerPeakExercise));
_dialogText.text = "(PUXE O AR COM FORÇA 1 vez! E aguarde o próximo passo...)";
yield return(new WaitForSeconds(TimerPeakExercise));
AirFlowDisable();
var insCheck = _flowMeter;
ResetFlowMeter();
if (insCheck < -Pacient.Loaded.ManoThreshold)
{
_calibrationLogger.Write(CalibrationExerciseResultMano.Success, _currentExercise, insCheck);
_currentExerciseCount++;
SetupNextStep(true);
continue;
}
else
{
_calibrationLogger.Write(CalibrationExerciseResultMano.Failure, _currentExercise, insCheck);
DudeWarnUnknownFlow();
SetupStep(_currentStep);
break;
}
case 3:
DudeCongratulate();
SetupStep(_currentExerciseCount == 3 ? _currentStep + 1 : _currentStep - 1);
break;
case 4:
SoundManager.Instance.PlaySound("Success");
DudeTalk($"Sua pressão inspiratória é de {ManoFlowMath.ToCentimetersofWater(_tmpCapacities.RawInsPeakFlow):F} cmH2O." +
" Pressione (Enter) para continuar com os outros exercícios.");
SetupNextStep();
break;
case 5:
_calibrationOverviewSendDto.CalibrationValue = _tmpCapacities.RawInsPeakFlow;
_calibrationOverviewSendDto.Exercise = RespiratoryExercise.InspiratoryPeak.GetDescription();
Pacient.Loaded.CapacitiesMano.InsPeakFlow = _tmpCapacities.RawInsPeakFlow;
SaveAndQuit();
break;
default:
FindObjectOfType <SceneLoader>().LoadScene(0);
break;
}
break;
case CalibrationExerciseMano.InspiratoryDuration:
switch (_currentStep)
{
case 1:
DudeTalk("Neste exercício, MANTENHA o ponteiro GIRANDO, PUXANDO O AR! Serão 3 tentativas. Ao apertar (Enter), o relógio ficará verde para você começar o exercício.");
SetupNextStep();
break;
case 2:
if (!_serialController.IsConnected)
{
SerialDisconnectedWarning();
continue;
}
_serialController.StartSampling();
_exerciseCountText.text = $"Exercício: {_currentExerciseCount + 1}/3";
yield return(new WaitForSeconds(1));
AirFlowEnable(false);
_dialogText.text = "(MANTENHA o ponteiro GIRANDO, PUXANDO O AR!)";
var tmpThreshold = Pacient.Loaded.ManoThreshold;
Pacient.Loaded.ManoThreshold = tmpThreshold * 0.25f;
while (_flowMeter >= -Pacient.Loaded.ManoThreshold)
{
yield return(null);
}
_flowWatch.Restart();
while (_flowMeter < -Pacient.Loaded.ManoThreshold)
{
yield return(null);
}
AirFlowDisable();
ResetFlowMeter();
Pacient.Loaded.ManoThreshold = tmpThreshold;
// Validate for player input
if (_flowWatch.ElapsedMilliseconds > FlowTimeThreshold)
{
_calibrationLogger.Write(CalibrationExerciseResultMano.Success, _currentExercise, _flowWatch.ElapsedMilliseconds);
if (_flowWatch.ElapsedMilliseconds > _tmpCapacities.InsFlowDuration)
{
_tmpCapacities.InsFlowDuration = _flowWatch.ElapsedMilliseconds;
}
_currentExerciseCount++;
SetupNextStep(true);
continue;
}
else
{
_calibrationLogger.Write(CalibrationExerciseResultMano.Failure, _currentExercise, _flowWatch.ElapsedMilliseconds);
DudeWarnUnknownFlow();
SetupStep(_currentStep);
break;
}
case 3:
DudeCongratulate();
SetupStep(_currentExerciseCount == 3 ? _currentStep + 1 : _currentStep - 1);
break;
case 4:
SoundManager.Instance.PlaySound("Success");
DudeTalk($"Seu tempo de inspiração máximo é de {(_tmpCapacities.RawInsFlowDuration / 1000f):F} segundos." +
" Pressione (Enter) para continuar com os outros exercícios.");
SetupNextStep();
break;
case 5:
_calibrationOverviewSendDto.CalibrationValue = _tmpCapacities.RawInsFlowDuration;
_calibrationOverviewSendDto.Exercise = RespiratoryExercise.InspiratoryDuration.GetDescription();
Pacient.Loaded.CapacitiesMano.InsFlowDuration = _tmpCapacities.RawInsFlowDuration;
SaveAndQuit();
break;
default:
FindObjectOfType <SceneLoader>().LoadScene(0);
break;
}
break;
case CalibrationExerciseMano.ExpiratoryPeak:
switch (_currentStep)
{
case 1:
DudeTalk("Neste exercício, você deve ASSOPRAR FORTE. Serão 3 tentativas. Ao apertar (Enter), o relógio ficará verde para você começar o exercício.");
SetupNextStep();
break;
case 2:
if (!_serialController.IsConnected)
{
SerialDisconnectedWarning();
continue;
}
_serialController.StartSampling();
_exerciseCountText.text = $"Exercício: {_currentExerciseCount + 1}/3";
yield return(new WaitForSeconds(1));
AirFlowEnable();
StartCoroutine(DisplayCountdown(TimerPeakExercise));
_dialogText.text = "(ASSOPRE FORTE 1 vez! E aguarde o próximo passo...)";
// Wait for player input
yield return(new WaitForSeconds(TimerPeakExercise));
AirFlowDisable();
var expCheck = _flowMeter;
ResetFlowMeter();
if (expCheck > Pacient.Loaded.ManoThreshold)
{
_calibrationLogger.Write(CalibrationExerciseResultMano.Success, _currentExercise, expCheck);
_currentExerciseCount++;
SetupNextStep(true);
continue;
}
else
{
_calibrationLogger.Write(CalibrationExerciseResultMano.Failure, _currentExercise, expCheck);
DudeWarnUnknownFlow();
SetupStep(_currentStep);
break;
}
case 3:
DudeCongratulate();
SetupStep(_currentExerciseCount == 3 ? _currentStep + 1 : _currentStep - 1);
break;
case 4:
SoundManager.Instance.PlaySound("Success");
DudeTalk($"Sua pressão expiratório é de {ManoFlowMath.ToCentimetersofWater(_tmpCapacities.RawExpPeakFlow):F} cmH2O." +
" Pressione (Enter) para continuar com os outros exercícios.");
SetupNextStep();
break;
case 5:
_calibrationOverviewSendDto.CalibrationValue = _tmpCapacities.RawExpPeakFlow;
_calibrationOverviewSendDto.Exercise = RespiratoryExercise.ExpiratoryPeak.GetDescription();
Pacient.Loaded.CapacitiesMano.ExpPeakFlow = _tmpCapacities.RawExpPeakFlow;
SaveAndQuit();
break;
default:
FindObjectOfType <SceneLoader>().LoadScene(0);
break;
}
break;
case CalibrationExerciseMano.ExpiratoryDuration:
switch (_currentStep)
{
case 1:
DudeTalk("Neste exercício, MANTENHA o ponteiro GIRANDO, ASSOPRANDO! Serão 3 tentativas. Ao apertar (Enter), o relógio ficará verde para você começar o exercício.");
SetupNextStep();
break;
case 2:
if (!_serialController.IsConnected)
{
SerialDisconnectedWarning();
continue;
}
_serialController.StartSampling();
_exerciseCountText.text = $"Exercício: {_currentExerciseCount + 1}/3";
yield return(new WaitForSeconds(1));
AirFlowEnable(false);
_dialogText.text = "(MANTENHA o ponteiro GIRANDO, ASSOPRANDO!)";
var tmpThreshold = Pacient.Loaded.ManoThreshold;
Pacient.Loaded.ManoThreshold = tmpThreshold * 0.25f; //this helps the player expel all his air
// Wait for player input to be greather than threshold
while (_flowMeter <= Pacient.Loaded.ManoThreshold)
{
yield return(null);
}
_flowWatch.Restart();
while (_flowMeter > Pacient.Loaded.ManoThreshold)
{
yield return(null);
}
AirFlowDisable();
ResetFlowMeter();
Pacient.Loaded.ManoThreshold = tmpThreshold;
// Validate for player input
if (_flowWatch.ElapsedMilliseconds > FlowTimeThreshold)
{
_calibrationLogger.Write(CalibrationExerciseResultMano.Success, _currentExercise, _flowWatch.ElapsedMilliseconds);
if (_flowWatch.ElapsedMilliseconds > _tmpCapacities.ExpFlowDuration)
{
_tmpCapacities.ExpFlowDuration = _flowWatch.ElapsedMilliseconds;
}
_currentExerciseCount++;
SetupNextStep(true);
continue;
}
else
{
_calibrationLogger.Write(CalibrationExerciseResultMano.Failure, _currentExercise, _flowWatch.ElapsedMilliseconds);
DudeWarnUnknownFlow();
SetupStep(_currentStep);
break;
}
case 3:
DudeCongratulate();
SetupStep(_currentExerciseCount == 3 ? _currentStep + 1 : _currentStep - 1);
break;
case 4:
SoundManager.Instance.PlaySound("Success");
DudeTalk($"Seu tempo de fluxo expiratório máximo é de {(_tmpCapacities.RawExpFlowDuration / 1000f):F} segundos." +
" Pressione (Enter) para continuar com os outros exercícios.");
SetupNextStep();
break;
case 5:
_calibrationOverviewSendDto.CalibrationValue = _tmpCapacities.RawExpFlowDuration;
_calibrationOverviewSendDto.Exercise = RespiratoryExercise.ExpiratoryDuration.GetDescription();
Pacient.Loaded.CapacitiesMano.ExpFlowDuration = _tmpCapacities.RawExpFlowDuration;
SaveAndQuit();
break;
default:
ReturnToMainMenu();
break;
}
break;
}
_enterButton.SetActive(true);
_runStep = false;
}
yield return(null);
}
}
